Uses of Class
org.jrdf.graph.GraphException

Packages that use GraphException

org.jrdf.example.performance
org.jrdf.graph	This package defines a set of APIs required to implement an RDF Graph and it's associated objects.
org.jrdf.graph.global
org.jrdf.graph.global.index
org.jrdf.graph.global.molecule
org.jrdf.graph.local
org.jrdf.graph.local.index	This package defines a set of APIs required to implement the indexing scheme of a Graph implmentation.
org.jrdf.graph.local.index.graphhandler
org.jrdf.graph.local.index.longindex.bdb
org.jrdf.graph.local.index.longindex.sesame
org.jrdf.graph.local.index.nodepool
org.jrdf.graph.local.index.operation	An implementation of the Graph Operations with knowledge of Graph indexes.
org.jrdf.graph.local.index.operation.mem	An in memory implementation of the Graph Operations with knowledge of Graph indexes.
org.jrdf.graph.local.util
org.jrdf.graph.operation	This package defines a set of APIs for performing set based operations upon an RDF graph.
org.jrdf.gui.model
org.jrdf.parser.rdfxml	This package is a port of the Sesame RIO RDF/XML Parser.
org.jrdf.query	Classes in this package allow queries to be executed against a JRDF graph.
org.jrdf.sparql	Classes in this package parse SPARQL queries to allow querying of JRDF graphs.
org.jrdf.sparql.builder
org.jrdf.writer
org.jrdf.writer.mem
org.jrdf.writer.rdfxml

Uses of GraphException in org.jrdf.example.performance

Methods in org.jrdf.example.performance that throw GraphException

void	AddPerformanceImpl.addPerformance(int numberOfNodes, Graph graph, GraphPerformance performance)
void	AddPerformance.addPerformance(int numberOfNodes, Graph graph, GraphPerformance performance) Creates 10 times the given number of nodes for a given graph.
void	GraphPerformance.outputResult(Graph graph, long startTime, String what)
void	AbstractGraphPerformance.outputResult(Graph graph, long startTime, String what)
void	ParsePerformanceImpl.parse(Graph graph, GraphPerformance performance)
void	ParsePerformance.parse(Graph graph, GraphPerformance performance)

Uses of GraphException in org.jrdf.graph

Subclasses of GraphException in org.jrdf.graph

class

GraphElementFactoryException Exception from a GraphElementFactory operation.

Methods in org.jrdf.graph that throw GraphException

void	Graph.add(Iterator<Triple> triples) Adds all the triples contained in an iterator into the graph.
void	Graph.add(SubjectNode subject, PredicateNode predicate, ObjectNode object) Adds a triple to the graph.
void	Graph.add(Triple... triples) Adds all the triples into the graph.
void	Graph.add(Triple triple) Adds a triple to the graph.
void	Resource.addValue(PredicateNode predicate, ObjectNode object) Add a new triple with this as the subject, the given predicate and object.
void	Resource.addValue(URI predicate, Object object)
void	Resource.addValue(URI predicate, Resource object)
void	Resource.addValue(URI predicate, String lexicalValue)
void	Resource.addValue(URI predicate, String lexicalValue, String language)
void	Resource.addValue(URI predicate, String lexicalValue, URI dataType)
void	Resource.addValue(URI predicate, URI object)
boolean	Graph.contains(SubjectNode subject, PredicateNode predicate, ObjectNode object) Test the graph for the occurrence of a statement.
boolean	Graph.contains(Triple triple) Test the graph for the occurrence of the triple.
ClosableIterator<Triple>	Graph.find(SubjectNode subject, PredicateNode predicate, ObjectNode object) Returns an iterator of Triples to a set of statements that match a given subject, predicate and object.
ClosableIterator<Triple>	Graph.find(Triple triple) Returns an iterator of Triples to a set of statements that match a given subject, predicate and object.
ClosableIterator<PredicateNode>	Graph.findPredicates(Resource resource) Return predicates that are part of an RDF triple where resource is either a subject or object.
long	Graph.getNumberOfTriples() Returns the number of triples in the graph.
ClosableIterator<ObjectNode>	Resource.getObjects(PredicateNode predicate) With this as the subject and using the given predicate return all the objects.
ClosableIterator<ObjectNode>	Resource.getObjects(URI predicate)
ClosableIterator<SubjectNode>	Resource.getSubjects(PredicateNode predicate) With this as the object and using the given predicate return all the subjects.
ClosableIterator<SubjectNode>	Resource.getSubjects(URI predicate)
boolean	Graph.isEmpty() Returns true if the graph is empty i.e. the number of triples is 0.
void	Graph.remove(Iterator<Triple> triples) Removes all the triples contained in an iterator from the graph.
void	Graph.remove(SubjectNode subject, PredicateNode predicate, ObjectNode object) Removes a triple from the graph.
void	Graph.remove(Triple... triples) Removes all the triples into the graph.
void	Graph.remove(Triple triple) Removes a triple from the graph.
void	Resource.removeSubject(SubjectNode subject, PredicateNode predicate) Remove the triple with this as the object, the given subject and predicate.
void	Resource.removeSubject(URI subject, URI predicate)
void	Resource.removeValue(PredicateNode predicate, ObjectNode object) Remove the triple with this as the subject, the given predicate and object.
void	Resource.removeValue(URI predicate, Object object)
void	Resource.removeValue(URI predicate, Resource object)
void	Resource.removeValue(URI predicate, String lexicalValue)
void	Resource.removeValue(URI predicate, String lexicalValue, String language)
void	Resource.removeValue(URI predicate, String lexicalValue, URI dataType)
void	Resource.removeValue(URI predicate, URI object)
void	Resource.removeValues(PredicateNode predicate) Remove all the triples with this as the subject and the given predicate.
void	Resource.removeValues(URI predicate)
void	Resource.setValue(PredicateNode predicate, ObjectNode object) Remove any other triples with this as the subject, the given predicate and any object and add a new triple with this as the subject and the given predicate and object.
void	Resource.setValue(URI predicate, Object object)
void	Resource.setValue(URI predicate, Resource object)
void	Resource.setValue(URI predicate, String lexicalValue)
void	Resource.setValue(URI predicate, String lexicalValue, String language)
void	Resource.setValue(URI predicate, String lexicalValue, URI dataType)
void	Resource.setValue(URI predicate, URI object)

Uses of GraphException in org.jrdf.graph.global

Methods in org.jrdf.graph.global that throw GraphException

void	GlobalizedGraphImpl.remove(Molecule molecule)
void	GlobalizedGraph.remove(Molecule molecule) This will find the given molecule and remove it and any statements it contains.

Uses of GraphException in org.jrdf.graph.global.index

Methods in org.jrdf.graph.global.index that throw GraphException

void	MoleculeIndex.remove(Molecule molecule)
void	AbstractMoleculeIndexMem.remove(Molecule molecule)
void	AbstractMoleculeIndexMem.remove(Node[] nodes)
void	MoleculeIndex.remove(Node first, Node second, Node third)
void	AbstractMoleculeIndexMem.remove(Node first, Node second, Node third)

Uses of GraphException in org.jrdf.graph.global.molecule

Methods in org.jrdf.graph.global.molecule that throw GraphException

SortedSet<NewMolecule>	NewNaiveGraphDecomposerImpl.decompose(Graph newGraph)
Set<NewMolecule>	NewGraphDecomposer.decompose(Graph graph) Given the graph, this method returns the graph as a set of Molecules conataining the Most Self Contained Graph.
Set<Molecule>	NaiveGraphDecomposerImpl.decompose(Graph newGraph)
Set<Molecule>	GraphDecomposer.decompose(Graph graph) Given the graph, this method returns the graph as a set of Molecules conataining the Most Self Contained Graph.
GlobalizedGraph	MoleculeParserImpl.getGlobalizedGraph()
GlobalizedGraph	MoleculeParser.getGlobalizedGraph()
protected Set<Triple>	NaiveGraphDecomposerImpl.getHangingTriples() Given the specified triple, this method will return all other triples which hang off blank nodes which occur either as the subject or object of the triple.

Uses of GraphException in org.jrdf.graph.local

Methods in org.jrdf.graph.local that throw GraphException

void	GraphImpl.add(Iterator<Triple> triples)
void	GraphImpl.add(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	GraphImpl.add(Triple... triples)
void	GraphImpl.add(Triple triple)
void	AbstractResource.addValue(PredicateNode predicate, ObjectNode object)
void	AbstractResource.addValue(URI predicate, Object object)
void	AbstractResource.addValue(URI predicate, Resource object)
void	AbstractResource.addValue(URI predicate, String lexicalValue)
void	AbstractResource.addValue(URI predicate, String lexicalValue, String language)
void	AbstractResource.addValue(URI predicate, String lexicalValue, URI dataType)
void	AbstractResource.addValue(URI predicate, URI object)
boolean	GraphImpl.contains(SubjectNode subject, PredicateNode predicate, ObjectNode object)
boolean	GraphImpl.contains(Triple triple)
ClosableIterator<Triple>	GraphImpl.find(SubjectNode subject, PredicateNode predicate, ObjectNode object)
ClosableIterator<Triple>	GraphImpl.find(Triple triple)
ClosableIterator<PredicateNode>	GraphImpl.findPredicates(Resource resource)
ClosableIterator<PredicateNode>	ReadWriteGraphImpl.findUniquePredicates(Resource resource)
ClosableIterator<PredicateNode>	ReadableGraphImpl.findUniquePredicates(Resource resource)
ClosableIterator<PredicateNode>	ReadableGraph.findUniquePredicates(Resource resource)
long	GraphImpl.getNumberOfTriples()
ClosableIterator<ObjectNode>	AbstractResource.getObjects(PredicateNode predicate)
ClosableIterator<ObjectNode>	AbstractResource.getObjects(URI predicate)
ClosableIterator<SubjectNode>	AbstractResource.getSubjects(PredicateNode predicate)
ClosableIterator<SubjectNode>	AbstractResource.getSubjects(URI predicate)
boolean	GraphImpl.isEmpty()
void	WritableGraphImpl.localizeAndAdd(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	WritableGraph.localizeAndAdd(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	ReadWriteGraphImpl.localizeAndAdd(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	WritableGraphImpl.localizeAndRemove(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	WritableGraph.localizeAndRemove(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	ReadWriteGraphImpl.localizeAndRemove(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	GraphImpl.remove(Iterator<Triple> triples)
void	GraphImpl.remove(SubjectNode subject, PredicateNode predicate, ObjectNode object)
void	GraphImpl.remove(Triple... triples)
void	GraphImpl.remove(Triple triple)
void	WritableGraphImpl.removeIterator(Iterator<Triple> triples)
void	WritableGraph.removeIterator(Iterator<Triple> triples)
void	ReadWriteGraphImpl.removeIterator(Iterator<Triple> triples)
void	AbstractResource.removeSubject(SubjectNode subject, PredicateNode predicate)
void	AbstractResource.removeSubject(URI subject, URI predicate)
void	AbstractResource.removeValue(PredicateNode predicate, ObjectNode object)
void	AbstractResource.removeValue(URI predicate, Object object)
void	AbstractResource.removeValue(URI predicate, Resource object)
void	AbstractResource.removeValue(URI predicate, String lexicalValue)
void	AbstractResource.removeValue(URI predicate, String lexicalValue, String language)
void	AbstractResource.removeValue(URI predicate, String lexicalValue, URI dataType)
void	AbstractResource.removeValue(URI predicate, URI object)
void	AbstractResource.removeValues(PredicateNode predicate)
void	AbstractResource.removeValues(URI predicate)
void	AbstractResource.setValue(PredicateNode predicate, ObjectNode object)
void	AbstractResource.setValue(URI predicate, Object object)
void	AbstractResource.setValue(URI predicate, Resource object)
void	AbstractResource.setValue(URI predicate, String lexicalValue)
void	AbstractResource.setValue(URI predicate, String lexicalValue, String language)
void	AbstractResource.setValue(URI predicate, String lexicalValue, URI dataType)
void	AbstractResource.setValue(URI predicate, URI object)

Uses of GraphException in org.jrdf.graph.local.index

Methods in org.jrdf.graph.local.index that throw GraphException

void	Index.add(T... node) Adds a triple to a single index.
void	Index.remove(T... node) Removes a triple from a single index.
void	AbstractIndex.remove(T... node)

Uses of GraphException in org.jrdf.graph.local.index.graphhandler

Methods in org.jrdf.graph.local.index.graphhandler that throw GraphException

void	GraphHandler.reconstructIndices(LongIndex firstIndex, LongIndex secondIndex, LongIndex thirdIndex) As 012, 120 and 201 are symmetrical this can be used to reconstruct either two from any one index.
void	AbstractGraphHandler.reconstructIndices(LongIndex firstIndex, LongIndex secondIndex, LongIndex thirdIndex)
void	GraphHandler201.remove(Long... currentNodes)
void	GraphHandler120.remove(Long... currentNodes)
void	GraphHandler012.remove(Long... nodes)
void	GraphHandler.remove(Long... nodes) Removes a triple from the other indexes of the graph.

Uses of GraphException in org.jrdf.graph.local.index.longindex.bdb

Methods in org.jrdf.graph.local.index.longindex.bdb that throw GraphException

void	LongIndexBdb.remove(Long... node)

Uses of GraphException in org.jrdf.graph.local.index.longindex.sesame

Methods in org.jrdf.graph.local.index.longindex.sesame that throw GraphException

void	LongIndexSesame.add(Long... node)
void	LongIndexSesame.remove(Long... node)

Uses of GraphException in org.jrdf.graph.local.index.nodepool

Subclasses of GraphException in org.jrdf.graph.local.index.nodepool

class

ExternalBlankNodeException

Methods in org.jrdf.graph.local.index.nodepool that throw GraphException

BlankNode	LocalizerImpl.createLocalBlankNode()
BlankNode	Localizer.createLocalBlankNode()
Long	LocalizerImpl.localize(Node node)
Long	Localizer.localize(Node node) Converts a node into it's localized version.
Long[]	LocalizerImpl.localize(Node first, Node second, Node third)
Long[]	Localizer.localize(Node first, Node second, Node third) Converts a globalized set of triple objects to an array of longs.

Uses of GraphException in org.jrdf.graph.local.index.operation

Methods in org.jrdf.graph.local.index.operation that throw GraphException

LongIndex	Union.perform(LongIndex index1, LongIndex index2)
LongIndex	SetOperation.perform(LongIndex index1, LongIndex index2)
LongIndex	Intersection.perform(LongIndex index1, LongIndex index2)
LongIndex	Difference.perform(LongIndex index1, LongIndex index2)

Uses of GraphException in org.jrdf.graph.local.index.operation.mem

Methods in org.jrdf.graph.local.index.operation.mem that throw GraphException

boolean	ComparisonImpl.areIsomorphic(Graph g1, Graph g2)
static void	BasicOperations.copyEntriesToIndex(LongIndex existingIndex, LongIndex newIndex)
void	BasicOperations.DoCopyTripleStuff.doStuff(Long first, Long second, Long third)
void	BasicOperations.DoReconstructTripleStuff.doStuff(Long first, Long second, Long third)
void	BasicOperations.DoRemoveTripleStuff.doStuff(Long first, Long second, Long third)
void	BasicOperations.DoIntersectionTripleStuff.doStuff(Long first, Long second, Long third)
boolean	ComparisonImpl.groundedGraphsAreEqual(Graph g1, Graph g2)
boolean	ComparisonImpl.isGrounded(Graph g)
LongIndex	UnionImpl.perform(LongIndex index1, LongIndex index2)
LongIndex	IntersectionImpl.perform(LongIndex index1, LongIndex index2)
LongIndex	DifferenceImpl.perform(LongIndex index1, LongIndex index2)
static void	BasicOperations.performIntersection(LongIndex firstExistingIndex, LongIndex secondExistingIndex, LongIndex newIndex)
static void	BasicOperations.reconstruct(LongIndex existingIndex, LongIndex firstNewIndex, LongIndex secondNewIndex)
static void	BasicOperations.removeEntriesFromIndex(LongIndex